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2026/07/24
2026/07/24 ~
Smarter Steps: Wireless Compute in Connected Motion
Smarter Steps: Wireless Compute in Connected Motion
Smarter Motion with Efficient Compute
As motors become more connected and intelligent, the challenge is no longer limited to achieving precise control. Modern motor systems must simultaneously execute real-time field-oriented control (FOC), maintain wireless connectivity, and perform on-device AI, all within tight power, memory, and latency constraints. For these MCU-class applications, maximizing TOPS is rarely the answer. Instead, efficient compute architecture becomes the key differentiator.
Silicon Labs' MG24 Wireless SoC addresses this need by using its integrated Matrix Vector Processor (MVP) as a dedicated hardware accelerator to offload complex, mathematically intensive tasks from the main ARM Cortex-M33 CPU. Under specific AI/ML inference workloads, it delivers up to a 4x increase in inference performance while reducing power consumption by up to 6x. For digital signal processing, it efficiently handles standard tasks like filtering sensor data by accelerating the underlying vector math. By offloading these workloads, the MG24 minimizes data movement and allows the main CPU to focus on critical tasks like maintaining Bluetooth connectivity and executing motor control logic, delivering deterministic, energy-efficient performance that makes it an ideal platform for always-on edge AI motor control.
Bringing AI Connectivity to the Edge
The evolution of intelligent motor systems requires a highly integrated architecture that brings together motion control, wireless connectivity, and edge intelligence in a single platform. With MG24, developers can combine real-time BLDC FOC, Bluetooth Low Energy connectivity, and AI-based anomaly detection without relying on multiple processors. By processing sensor data locally, edge AI enables faster response, improved safety, and reduced cloud dependency for applications such as smart appliances, building automation, industrial equipment, and connected actuators. This approach shifts motor systems from traditional command-based operation toward intelligent, adaptive motion platforms capable of monitoring conditions, detecting abnormalities, and optimizing performance in real time.
Enabling Faster Innovation from Silicon to System
As the best solutions partner, EDOM helps OEMs and ODMs accelerate product development by bridging customers with a complete ecosystem of proven technologies. Beyond the MG24 platform, EDOM delivers integrated solutions spanning motion sensing, power management, and reliable passive components, enabling customers to streamline system integration and reduce design complexity. By combining high-performance computing platforms with deep application expertise and comprehensive technical support, EDOM Technology empowers customers to rapidly develop intelligent, AI-driven next-generation motor control solutions, accelerating the journey of innovative products from concept to mass production.
The optimal solution for balancing computing performance, memory, and power efficiency at the edge.
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EFR32MG24 - Multiprotocol Wireless SoC
Silicon Labs
Ideal for smart home, lighting, and industrial automation, the EFR32MG24 supports mesh IoT connectivity via Matter, OpenThread, and Zigbee. It features high-performance 2.4 GHz RF, low power consumption, an AI/ML accelerator, and Secure Vault. Powered by an ARM Cortex-M33 with up to 1.5MB flash and 256kB RAM, it provides robust resources for heavy workloads and future expansion.
[Learn more] -
IIM-42352 - 3-Axis MEMS Sensor
TDK InvenSenseThe IIM-42352 is a compact 3-axis sensor designed for robust industrial applications like vibration measurement and predictive maintenance. Packaged in a small 14-pin LGA, it delivers an output data rate up to 32 kHz with low noise. Featuring a wide operating voltage and flexible I3C/I²C/SPI interfaces, it ensures accurate inertial sensing for robotics and platform stabilization.
[Learn more]
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MPM3810 - 1.2A Step-Down Converter
MPS
The MPM3810 is a highly efficient, compact step-down module converter with built-in power MOSFETs and an integrated inductor. Packaged in a small QFN-12, it operates from 2.5V to 6V, delivering up to 1.2A peak output. Requiring minimal external components, it is ideal for space-limited applications like portable instruments, storage devices, and high-performance DSPs.
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MCOIL™ Metal Power Inductors
Taiyo YudenMCOIL™ Metal Power Inductors are coil components that use metallic magnetic materials optimized for use in choke coils for power supply circuits. They are ideal for various electronic devices, including smartphones, wearables, IoT devices, automotive, industrial equipment, and medical devices that are becoming more compact, thin, and feature-rich.
[Learn more]
